region_name	region_size	orf	gene_name	gene_start	gene_end	gene_strand	gene_color	function	motifs	annotation
NZ_QRVJ010000041.141.AOI_01	20222	orf00001	orf00001	993	2390	-	#8fbcb9	2,5-diketo-D-gluconic acid reductase B OS=Salmonella typhimurium (strain LT2 / SGSC1412 / ATCC 700720) OX=99287 GN=dkgB PE=3 SV=1		Species='-'<br>match=27.354%|Evalue=1.25e-06<br>UniRef:<a href=http://www.uniprot.org/uniprot/sp|Q8ZRM7|DKGB_SALTY>sp|Q8ZRM7|DKGB_SALTY</a>
NZ_QRVJ010000041.141.AOI_01	20222	orf00002	orf00002	2416	3921	-	#8fbcb9	Uncharacterized protein MJ0749 OS=Methanocaldococcus jannaschii (strain ATCC 43067 / DSM 2661 / JAL-1 / JCM 10045 / NBRC 100440) OX=243232 GN=MJ0749 PE=4 SV=1		Species='-'<br>match=39.286%|Evalue=6.43e-13<br>UniRef:<a href=http://www.uniprot.org/uniprot/sp|Q58159|Y749_METJA>sp|Q58159|Y749_METJA</a>
NZ_QRVJ010000041.141.AOI_01	20222	orf00004	orf00004	3941	4453	-	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	orf00007	orf00007	4468	6378	-	#8fbcb9	Iron-regulated outer membrane virulence protein OS=Vibrio cholerae serotype O1 (strain ATCC 39315 / El Tor Inaba N16961) OX=243277 GN=irgA PE=3 SV=1		Species='-'<br>match=25.291%|Evalue=2.18e-23<br>UniRef:<a href=http://www.uniprot.org/uniprot/sp|P0C6R0|IRGA_VIBCH>sp|P0C6R0|IRGA_VIBCH</a>
NZ_QRVJ010000041.141.AOI_01	20222	sORF_21	sORF_21	6381	6485	-	#d5dce8		RBS=GTTACAATACGTTAATCA<br>	
NZ_QRVJ010000041.141.AOI_01	20222	orf00010	orf00010	6504	7259	-	#8fbcb9	Sensory transduction protein LytT OS=Enterococcus faecalis (strain ATCC 700802 / V583) OX=226185 GN=lytT PE=4 SV=1	PF00072	Species='-'<br>match=31.727%|Evalue=1.79e-28<br>UniRef:<a href=http://www.uniprot.org/uniprot/sp|Q82Z76|LYTT_ENTFA>sp|Q82Z76|LYTT_ENTFA</a>
NZ_QRVJ010000041.141.AOI_01	20222	orf00013	orf00013	7291	8313	-	#8fbcb9	Sensor histidine kinase BtsS OS=Escherichia coli (strain K12) OX=83333 GN=btsS PE=1 SV=1		Species='-'<br>match=31.401%|Evalue=1.39e-15<br>UniRef:<a href=http://www.uniprot.org/uniprot/sp|P0AD14|BTSS_ECOLI>sp|P0AD14|BTSS_ECOLI</a>
NZ_QRVJ010000041.141.AOI_01	20222	sORF_20	sORF_20	8461	8556	-	#d5dce8		RBS=GGGCC<br>	
NZ_QRVJ010000041.141.AOI_01	20222	orf00015	orf00015	8531	9295	+	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	sORF_19	sORF_19	9288	9440	-	#d5dce8		RBS=AGAAACCCTAAGATTATC<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_1	sORF_1	9329	9418	+	#d5dce8		RBS=TTCCCGTATTATTTTCAT<br>	
NZ_QRVJ010000041.141.AOI_01	20222	orf00017	orf00017	9448	9573	-	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	sORF_18	sORF_18	9582	9701	-	#d5dce8		RBS=CCGTTTACCCGCTCAATA<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_2	sORF_2	9616	9741	+	#d5dce8		RBS=ATTGCCAAATCAAAGAAC<br>	
NZ_QRVJ010000041.141.AOI_01	20222	orf00019	orf00019	9731	9880	+	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	orf00022	100.3;BcpT	9985	10227	+	#70c947	100.3;BcpT		Evalue=1.93e-44 match=88.000%;
NZ_QRVJ010000041.141.AOI_01	20222	sORF_3	sORF_3	10257	10430	+	#d5dce8		RBS=AAAGAAATATAATCATAT<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_17	sORF_17	10423	10539	-	#d5dce8		RBS=TCATAATCAAAATTTGTA<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_16	sORF_16	10539	10652	-	#d5dce8		RBS=CTAAGGAACTAAAATGAT<br>	
NZ_QRVJ010000041.141.AOI_01	20222	orf00024	orf00024	10654	10833	-	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	orf00026	orf00026	10973	11365	+	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	sORF_4	sORF_4	11444	11560	+	#d5dce8		RBS=CTTATTTTGTTGTAGCAA<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_15	sORF_15	11542	11670	-	#d5dce8		RBS=GGTATATTTTCATCAGAT<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_14	sORF_14	11820	11912	-	#d5dce8		RBS=ATCAGCTATGTCACTTTC<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_13	sORF_13	11833	12021	-	#d5dce8		RBS=ACCAAAATATTCTGTGAT<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_5	sORF_5	12035	12223	+	#d5dce8		RBS=AGCAAATCACAGAATATT<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_12	sORF_12	12075	12203	-	#d5dce8		RBS=AGCAATTGCCTATTTTGG<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_6	sORF_6	12110	12223	+	#d5dce8		RBS=TGTAGGCATGAA<br>	
NZ_QRVJ010000041.141.AOI_01	20222	orf00033	orf00033	12313	12846	+	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	orf00034	orf00034	12869	14233	+	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	orf00035	orf00035	14230	15306	+	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	orf00038	orf00038	15412	18018	+	#8fbcb9	Halomucin OS=Haloquadratum walsbyi (strain DSM 16790 / HBSQ001) OX=362976 GN=hmu PE=3 SV=1		Species='-'<br>match=24.267%|Evalue=2.14e-04<br>UniRef:<a href=http://www.uniprot.org/uniprot/sp|Q18DN4|HMU_HALWD>sp|Q18DN4|HMU_HALWD</a>
NZ_QRVJ010000041.141.AOI_01	20222	orf00040	orf00040	18105	18245	-	#d5dce8			
NZ_QRVJ010000041.141.AOI_01	20222	orf00042	orf00042	18372	19451	+	#8fbcb9	Choloylglycine hydrolase OS=Clostridium perfringens (strain 13 / Type A) OX=195102 GN=cbh PE=1 SV=3		Species='-'<br>match=31.269%|Evalue=1.94e-47<br>UniRef:<a href=http://www.uniprot.org/uniprot/sp|P54965|CBH_CLOPE>sp|P54965|CBH_CLOPE</a>
NZ_QRVJ010000041.141.AOI_01	20222	sORF_11	sORF_11	19465	19680	-	#d5dce8		RBS=AAGACATACATAACATCA<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_7	sORF_7	19581	19910	+	#d5dce8		RBS=CGATACGCGACGATATCC<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_8	sORF_8	19680	19910	+	#d5dce8		RBS=ACGTCTTCGCCACAATCA<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_9	sORF_9	19821	19910	+	#d5dce8		RBS=TTAGGGCAAGGCCATAAA<br>	
NZ_QRVJ010000041.141.AOI_01	20222	sORF_10	sORF_10	19907	19999	+	#d5dce8		RBS=GTTCCTTCTTTTTATCAG<br>	
NZ_QRVJ010000041.141.AOI_01	20222	orf00048	orf00048	19976	20131	-	#8fbcb9	Uncharacterized HTH-type transcriptional regulator Mb1430 OS=Mycobacterium bovis (strain ATCC BAA-935 / AF2122/97) OX=233413 GN=BQ2027_MB1430 PE=4 SV=1		Species='-'<br>match=40.476%|Evalue=1.99e-05<br>UniRef:<a href=http://www.uniprot.org/uniprot/sp|P68912|Y1430_MYCBO>sp|P68912|Y1430_MYCBO</a>